The answer to your question is,
To break even, the drama club must sell 1000 copies.
-Mabel <3
Answer and explanation:
Farmer's number of apples = 96 apples
Given that Farmer needs to bag the apples so that there are at least 4 apples in each bag(not less than 4 apples in each bag) and not more than 10 apples in each bag
And also all apples in each bag are equal
We need to find the numbers between 4 and 10(including 4 and 10) that can divide 96 without a remainder
4 can divide 96= 24
5 cannot divide 96 without remainder
6 can divide 96 =16
7 cannot divide 96 without remainder
8 can divide 96=12
9 cannot divide 96 without remainder
10 cannot divide 96 without remainder
From the above we see that the factors of 96 = 4, 6, 8 between 4 and 10
4 apples = 24 bags
6 apples = 16 bags
8 apples = 12 bags
Therefore, there can be 3 possible ways of having equal number of apples in each bag between 4 and 10 apples
Two of the sides are the same (12) so the two angles at the top will also be the same, so you have two angles that are 62.
62 + 62 = 124
The three angles of a triangle need to equal 180.
X = 180-124 = 56
The answer is x = 56
Answer:
$1.5 each
Step-by-step explanation:
A recursive formula needs you need to plug in the term(s) that come before the term you're trying to find to get that term you're trying to find.
In your recursive formulas, f(n) is your current term and f(n+1) refers to the next term. Let's use answer choice A as an example (though it might not be the right answer):
You know the first term, f(1) = 9.6, making n = 1.
To find the second term, n = 2, or f(n+1) = f(1 + 1) = f(2), you are told that f(n+1) = <span>–0.5f(n), or -0.5 * f(n). If f(1) = 9.6, where n = 1, then f(n+1) or f(2) = -0.5*9.6.
This pattern would repeat over and over again.
Now back to the problem:
The easiest way to solve this problem is by plugging in your first term and seeing what generates the sequence.
But first, notice that the sequence alternates between negative and positive numbers. That means the recursive formula must have a negative sign in it. You can go ahead and eliminate answers B and C.
You're left with A and D. Test out both:
Choice A, </span><span>f(n + 1) = –0.5f(n)
f(1) = 9.6
f(2) = -0.5f(1) = -0.5(9.6) = -4.8
f(3) = -0.5f(2) = -0.5(-4.8) = 2.4
You don't need to go any further. Choice A works!
Choice D, </span>f(n + 1) = f(–0.5n)
f(1) = 9.6
f(2) = f(–0.5n) = f(-0.5(1)) = f(-0.5)
Choice D does not mathematically work.
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Answer: A